Coin controlled meter and bank therefor



Oct. 7, 1952 w. P. GALLAGHER ETAL 2,612,975

COIN CONTROLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 6 Sheets-Sheet 1 INVENTORS William FL EEL-LIEEPIEI" Anthnnrl Eu-Li l 5113112 Donald E 5 E HF'E'JEdE'I" BY ATTORNEYS Oct. 7, 1952 w. P. GALLAGHER ET AL. 2,612,975

7 COIN CQNTRQLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 6 Shaubfk-Sheet 2 INVENTORS ATTORNEYS Oct. 7, 1952 w. P. GALLAGHER ETAL 2,612,975

com CONTROLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 6 Sheets-Sheet 5 Jigifi Jiglli J62 mvamozzs 2 H WiUiETFL F- EELU'QLEY'LEI- ATLThunY Il ifligl 5110119. 115111516 EJEufl-U-mEdQI- AT T ORN EY S Oct. 7, 1952 w. P. GALLAGHER ETAL, 2,512,975

COIN CONTROLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 6 Sheets-Sheet 4 A 2 99 l g a/ a2 89 I I 68/ Q, 85;

INVENTORS William, F1 Elallggher" AflihEITLY'DfiTliEl ELUHE llcmalc'l E- EJEhI'ElEldQT' BY ATTORNEYS Oct. 7, 1952 w. P. GALLAGHER ETAL 2,612,975

COIN CONTROLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 6 Sheets-Sheet 5 Jigll] Fig 11 INVENTORS William F fiauajhgl- ATTULDTLY DarLhal ELUHEL Donald E -Schfneder am W W YM- ATTORNEYS Oct. 7, 1952 w. P. GALLAGHER ETAL ,6

COIN CONTROLLED METER AND BANK THEREFOR Filed Aug. 26, 1950 a, Sheets-Sheet e J3 22 \53 59 w I? a J06 2 71 1&5 6 x 76 620 2. 1.5 /JQ5 76 Q 112 5 5 #144 72 @5 422 7g a I I "I o o 107 #40 75 (23, 53 66 $2 20 :9 o 1 "7' M a F i9 N59 J33 w 7\ W v iI O o I Q 13 22 62 ix 17 a1 1 1H 21 522 I M "/--5' 1 Z5 69 10/ K 143 f5 2 2? O Z jnzjewiznri 39 67 Millz'amfifi 72522;"

O (Zniiw z flameflfiioae, 5 ill 16 Patented Oct. 7, 1952 COIN CONTROLLED METER AND BANK THEREFOR William P. Gallagher, River Forest, and Anthony.

Daniel Stolle and Donald E. Schroeder, Chicago; Ill., assignors to International Register Company, Chicago, 11]., a corporation of Illinois :Application August 26, 1950, Serial No. 181,618

erators and various other home appliances. The

usual practice is for a collector to call at the residences of the purchasers of appliances and remove the inserted coins from the meters, crediting the respective purchasers with the amount of such coins. In that connection, ,themeter is locked against removal therefrom of. inserted coins and the purchaser of the appliance does not have a key to the meter, which key is kept in the possession of the seller of-the appliance, or dealer, and his collectors, as will, be understood. The necessity of employing collectors incurs substantial additional, expense in connection with the sale of the appliances, which is ob- J'ectionable for obvious reasons. Also, it fre- '1 13 Claims. (01. 194-9) 2 r in the possession of the dealer and ise'ffective for locking the bank and unlocking it, torremoval of the coins contained therein. The purchaser removes the bank from themeter at convenient times and delivers it to the dealer. The latter unlocks the bank. credits the amount of the coins therein to the account. of the purchaser, and then locks the bank and returns it to the purchaser. Remover of the bank from the meter disables the latter so that .it can not be advanced by insertion of a coin, thereby guarding against a dishonest purchaser advancing" the meter, by repeatedly inserting the samecoin, a plurality of time periods not paid for. Thepurchaser inserts the emptied bank into the meter and looks it therein, thereby enabling the meter so that, so long as the bank remains in place, it is advanced a time period for each coin inserted. In that manner necessity for collectors is avoided and the corresponding expense is eliminated and the purchaser is induced to come into the dealers establishment at reasonably quently happens that when the collector calls the purchaser is not at home,*which causes further expense and delay. A further objection is that the purchaser of the appliance does not have an incentive to visit the establishment of the seller or dealer who, if the purchaser had such an incentive, might makefurther sales to such purchaser. r Our invention is directed to the provision of acoin meter of the character referred to having a coin receptacle or bank which maybe removed from the meter by the purchaserland delivered to the dealer, to be opened by the latter for :cred iting to the account of the purchaser the amount of the coins therein. We provide a bank which is positioned in the meter for reception of the inserted coins, the bank and the meter having cooperating means effective for preventing advancement of the meter by insertion of a coin when the bank has beenremoved from the meter,

while enabling the meter for advancement thereof by insertion of coinswhen the bank is in position therein. Lock means is provided for looking the bank in the meter and for locking the bank itself against removal of coins therefrom. The lock means is operated by two keys, one of which remains in possession of the purchaser and is effective for locking the bank in the meter and releasing-it for removal therefrom, but isineifectivefor, unlocking the bank itself for removal of coins'from thelatter. The other key remains controlled thereby};

frequent intervals, with the possibility of ,further sales to thepurchaser. Further objects and advantages of our invention will appear from the detail description.

QIn the drawings:

Figure 1 is a plan view of a meter and a bank therefor embodying our invention{ Figure 2 is a front view of the meter and bank of Figure 1; i

Figure 3 is a sectional view, on an enlarged scale, taken substantially on line 3-3 of Figure 1, the upper portion of the bank being shown in section and the upper arm of the partition member being partly broken away and shown in section in a plane a short distancerearward from the plane of the section line 3--3, with the bank locked in the meter casing;

Figure 4-. isa fragmentary view similar to Figure 3, with the bankunlocked from the meter casing for removal therefrom, showing the lower right hand portion of the meter and the upper portion of the bank and associated parts;

Figure 5 is a sectional view taken s1 stantially on line 5-5of Figure 3;

Figure 6 is a sectional view taken substantially on line 6-6 of Figure 3; 1

Figure 7 is a plan view, on the same scale as Figure 3, of the meter mechanism removed from the casing;

Figure ,8 is a back view of the meter mechanism of Figure'l; b

, Figure 9 is a circuit'diagram of the electrical connections of the meter, and the mechanism locking plate of the bank lock in fully locked position in full lines, in bank releasing position in dotted lines, and in fully unlocked position in dot and dash lines; I

Figure 13 is an inner end view, on an enlarged scale, of the bank lock mounting sleeve;

Figure 14 is a sectional view taken substantially on line I l-I4 of Figure '13;

Figure 15 is a sectional view taken substantially on line l--I5 of Figure 10, showing the purchasers key fully inserted into the lock;

7 Figure 16 is a view like Figure but showing the dealers key fully inserted into the lock;

Figure 17 is a fragmentary front view of the meter mechanism, removed from its casing, showing the control and setting levers and associated parts in the positions which they occupy when the bank "is locked in the casing, certain parts in front of the control and setting levers being omitted and certain other parts being broken away, for clearne'ssof illustration;

Figure '18 is a view similar to Figure '17, but with the parts in the positions which they occupy after the switch has been closed and the bank has been unlocked from the casing for removal therefrom; V [Figure 19 is 'a front view, on an enlarged scale,

offthe bowed leaf "spring between the toothed setting 'wheel'and thefgea'r next adjacent thereto;

and

Figure is an edge 'view of the spring of Figu'reilQ. A

The mechanismpf the meter is, in general, similar to thatdisclosed in Patent 'No. 2,147,937, issued February 21, 1939, to Ernest Thompson. The mechanism of the 'meter is disposed within a suitable casing I, the front of'which is normally closed by a hingedly mounted door 2 provided with a window 3 for observation of the dial of the meter'mechanism, as will be explained. The door is furtherfprovided with "a key operated cylinder lock 4 of known'type having an element disposed to engage in back of the forward arm faof a U-shaped bracket'B spot-welded or otherwise suitably secured to one side wall of the easing. Inner arm 51) of bracket 5 projects in- 'wardly'cf"casing I beyond arm 51;, 'anda bracket 6 i'sfsecured to the inner face of the other side wall of the casing. A supporting plate I fits "within casing I and seats f'u'pon bracket 6 and arm 5b of bracket 5, this plate being secured to the brackets by screws 8, or in any other suitablem'anner. The lower portion of plate 1 is cut away to accommodate a partition plate 9 of approximately L-shape in front view, this plate 9 defining, with the adjacent portions of the bottom andside walls of the casing, a compartment for a bank which receives-the coins inserted into the'meten'a's will be later'described.

A clockwork assembly "l'0 is jsuitably mounted on plate I at the back thereof. This assembly comprises a self-starting synchronous motor [I ofknown type, which, through a gear-train I2, drives a pinion I3 at'constant speed. This pinion projects through an opening in plate 1, and the front of the pinion is fiush withthe front face of a gear I5 with which the pinion meshes. Gear I5 is rotatably mounted on "a stub "shaft I6 secured in plate 1, and disposed in front of a switch control lever I! mounted for free turning movement on the stub shaft and confined between plate I and a slotted lock member I8 of known type which engages into a circumferential groove in the stub shaft. A gear I9 is secured on gear l5, at the front of the latter gear. Gear I9 meshes with a gear 2| rotatably mounted on a pin 22 carried by lever I1 and disposed remote from stub shaft IS. A pinion 23, secured to gear 2| at the front face thereof, meshes with a relatively large gear 24, rotatably mounted on stub shaft I6 in front of gears I5 and "I9; Gear 2| and pinion 23 are driven in a counterclockwise direction, pinion 23 normally driving gear 24 in a clockwise direction, as viewed in Figure 3.

Gear 24 is provided with a forwardly extending hub 25 on which is rotatably mounted a hub 26 upon which is secured a toothed wheel 21. A suitably graduated dial 28 is secured on the outer endof hub 26, and a pointer 29 is secured on the outer-end of hub 25 of gear -2-4, in-front of and closely adjacent the outer 'end of hub 26, hubs 25 and 26 being thus held against ap preciable relative endwise movement. A retaining member, conveniently a screw 3D, is secured in the outer end of stub shaft I6 and overlies the forward end of hub 25, normally holding the latter against movement lengthwise of stub shaft i6 toward the forwarder outer end thereof. The gear 24 and wheel 2'! and associated parts constituet "a setting and controlling assembly normally held upon "the stub 'sha-ft Ili by screw 30, which assembly can be removed from the stub shaft endwise thereof upon removal of the screw. 'Normally, gear 24 overlies gear 2|, as in Figure B, and prevents outward movement of the latter on pin'22 while also preventing movement of gears I5 and I9 lengthwise of stub shaft I6 toward "the outer or-forward end of the latter. By removing the setting and controlling assembly from stub shaft it, ready access is had to "gears 2i and I9 and I 5, which may then be removed 'and replace'd'with facility. In order to varythe timingo'f the mechanism, 'theunit 'co'mprising gears I5 and I9, and the unit comprising gear2l and pinion 23, may be replaced by similar units in which the' ratio between gears I 9 and 21 is differentfrom the ratio'between these "gears of the replaced units and of proper'v'alu'e to give the desired timing of the mechanism. After'this adjustment has been -effected, the controlling and setting assembly is replaced upon stub shaft [6. This provides extremely simple -means for adjusting the timing of the mechanism to suit requirements.

Lever I1 is provided, adjacent its'free-end'with a tongue 3|, struck rea-rwardly therefrom and projecting into an opening 32 in plate 1 -'(Fig ure 7), this tongue cooperating'with the bottomed'ge of opening '32 for limiting turning movement of the lever I I in clockwise directiononzstub shaft in contact with the lower edge of opening 32,

by'a tension spring 33, the upper'endof which is hooked througha'tab 3'4 extending-downward from the outerend of lever H, the lower end of this spring 'being'hooked through a tab "35 struck from plate I and projecting forwardly'there'of.

'Lever' I1 is further provided with an arm "36 ward and away from the outer end of the lever.

thelower end of this arm being shaped to provide an upwardly projecting latch element 31. Arm 36 extends between plate 1 and a forwardly offset guide plate 33 mounted on plate 1 and providing therewith a pocket for reception of anelement of a setting pawl, hereinafter described in detail. A setting lever 39, of substantially L-shape is secured upon the reducedrearward end of a sleeve 49, mounted for turning movementon a post ll securedin plate 1 below arm 36 of lever i1. Atimer setting pawl 43 is mounted for turning movement on post 4| and is confined betweenthe forward end of sleeve 49 and a washer 44 confined between pawl 43 and a lock member 45 of known type engaging into a. circumferential groove 45 in the post; Setting pawl 33 is provided, at 'the end thereof adjacent gear 2|, with two tabs41 which project forward from the pawl and converge toward wheel 21, these tabs defining a tooth element adapted for engagement between the teeth of the wheel. :Pawl 43 is further provided, atits other end, with a forwardly projecting tab 48 disposed to contact the following edges of the teeth of wheel 21, and operating with the tooth defined by tabs 41 for imparting clockwise rotation to wheel 21 in the operation of setting the mechanism for a predeterinined time periodoi operation. Pawl 43 is provided with a stop finger 59 disposed to contact the lower faceof a tab projecting forwardly from lever 39 at the upper edge thereof. The centralpart of tab 5| is struck upwardly to provide a stud 52 which extends into the lower end of a compression coil spring 53, confined between tab 5| and a tab 54 projecting rearwardlyfrom the timer setting pawl 43 at the lower edge thereof. The central portion of tab 54 is struck downward to provide a stud 55 which extends into the upper end portion of spring 53. A tension spring 55is attached at its upper end to a rearwardly extending tab 56a of a latch pawl |59,tobe de-jscribed later, and has its lower end hooked through a tab 51 projecting forwardly from lever 39 at the lower edge thereof. This tension spring normally holds lever 39- in such position that tab 5| thereof contacts the upper edge of finger 590)? the timer setting pawl 43, and retains the latter in such position that the tooth element defined by tabs [41 engages between two adjacent teeth of toothedwheel 21 and locks the latte against rotation in either direction. Wheel 21 is provided with a tongue 69 struck therefrom and projecting rearwardly therefrom. This tongue 69 is disposed in advance of, and in thepath of travel of, a tongue 6| struck from and projecting forwardly from gear 24, thislatter tongue 9| traveling clockwise with thegear 24 when the latter is driven. By operation of the wheelZ'l during one actuation of the pawl 43,

due to insertion of'a coin, so that the pointer and scale indicate the=number of coins which have been inserted and also provide means for determining the period of time for'which the mechanismcan operate Jbefore itbecomes necessary to insert additional coins, that. is, the remaining period of time during which the controlled mechanism is capable of being operated. By altering the ratio of the timing gears l9 and 2|, in the manner previously described, the timing mechanismcan be varied to suit payments of from 15 per day to $2.00 per day. Assuming that the mechanism is adjusted for payments at the rate of 25 every twenty-four hours, the meter being intended for reception of 25 pieces or quarters, when a quarter is inserted and the pawl 43 is operated, wheel 21 will be rotated through a distance equal to one space on the scale 62. In this case, the number of spaces on the scale indicated by the pointer 29, in addition to indicating the number of coins inserted or payments made, will also indicate in days the remaining time during which the controlled mechanism is capable of operation. On the other hand, if the mechanism is adjusted for a payment of 25 every three hours, the spaces on the scale 62 beyond the pointer 29, in a clockwise direction, will indicate the number of coins inserted and, if multiplied by three, will indicate the re maining number of hours for which the controlled mechanism is capable of operation. A bowed leaf spring 65, disposed about hubs 25 and 26,is confined under compression between gear 24 and wheel 21. This spring serves to prevent anyobjectionable endwise play between the parts ofthe controlling and setting mechanism, and also provides friction means forretarding rotation of wheel21 so as to-assure proper movement thereof in accordance with the operation of the timer setting pawl 43.

An arm 61 is pivotaliy mounted on a stud 68 secured in plate 1 and projecting forwardly 'therefromadjacent ratchet wheel 21 and at the opposite side thereof from stud 4|. Stud 52 passes through arm 61 and through a tab '69 par allel with arm61 projecting from the forward edge of a'base plate 10 integral with the outer end of the arm. A T-shaped finger 1| projects from the upper end of plate19 oppositely to arm Apin 12 is secured through the lower end of plate19 and extends loosely through an opening in member 14 of a movable switch arm 15. Member 14 is conveniently formed of strip metal and has its upper end slotted and loosely inserted beneath the head of the T element 1| to permit of relative rocking movement between member 15 and finger 1|. A compression coil spring "i6 is disposed about pin 12 and confined between the outer face of member 14 and an abutment member 18 of known type, in the form of'a slotted locking member which engages into a circumferential groove in the pin. Arm 155 comprises a fiber strip -19, through which pin 12 passes, slotted at its upper end and there engaging about finger 19, which strip 19 is clamped between plate 19 and member 14. A bridging contact member 89 is suitably mounted on the lower end of strip 19 for limited rocking movement on an axis extending transversely thereof. The contact member 89 carries two contact points 8| disposed for contact with points 82 of cooperating contact members .83 and 84, when the switch arm is in switch closing position. Members 83 and 84 are mounted on a supportingplate 65 of insulating material suitably secured to plate 1 and. projecting downward therefrom. Binding posts 85 and 81 are suitably secured to the contact mem bore 83. and 84, respectively, and project rearwardly from the. supporting plate 85.

A suitable electrical connecting device 85a, in the form of a plug socket of-known type, is mounted in a suitable manner at the back ofv the insulatingshpporting plate 85. .Anelectrical-cord or :cable 8%] extends into casing I through a suitable opening in the side wall thereof adjacent socket-85a. This cord contains two wires .00 and with the contacts therein in a known manner.

The cap member 96 is attached to -one endof a cord 98 which extends into casins Ithrough the same side thereofascord-BB and may be secured by a suitable clamp 98a. and efficient means for establishing electrical connections between the control switch :anda motor M of the controlled mechanism, such as an electrical'refrigerator. g t

In Figure 9 I have shown diagrammatically the connections for the control switch, the field winding of the motor ii, and a motorv M, whichmay be considered as the'motor which drives the-compressor and associated partslof anelectrical refrigerator. Referring :to this figure, Wire SI of cord as is shown asfconneoted to one terminal of member 85a, the other terminator whichis connected by a lead 99 to contact member 83. Wire 90 of cord 88 is connectedto the other contact member 84, one end of winding 950i motor II is connected by lead I to contact member 83, and the otherterminal of winding .95 is connected by a lead IIlI to the terminal of member 85a to which wire Si is connected. Wires 538a and 98b of cord 98 connect the prongs til to the poles of the refrigerator motor M. These connections are effected by attaching wires 99 and I00 to bindingpost 86., wire 90 being attached to binding post 81, and lead 99 and wire SI being attached in the usual manner tc-the terminals of the socket member a, It will be seen that, when switch arm is in closed position and the prongs 91 of -plug cap 96 are inserted into plug member 85a, thecircuitof field winding 95 of motor H is closed and this motor is continuously driven, and the circuitof motor'M'of the controlled mechanism is conditioned foroperation of this latter motor, and thatthe-circuits of both motors are opened when theswitch arm iii-is in the open position of Figure 91 The field Winding of motor I I is preferably connected in shunt across the circuit of motor M, as shown, and means may be provided for controlling ;the circuit of motor M supplementary to themam control switch, such as a thermostatic switch, for automatically opening and closing themotor-circuit in accordance with variations in temperature, and-a manually operated switch for closing and opening the motor circuit as requircd,'which are'commonlyprovided in electrical refrigerators. In all. instances, however, the'control switch comprising the arm l5 renders the motor Minna.- pable of operatio when this switch is opened and capable of operation'when the-control switch is closed, so that the meter controls:the operation of the electrical refrigerator or other controlled; mechanism.

Switch arin i5 is yieldinglyurged into switch opening position by a" wire spring I05 coiled abouts-tud'tt, one arm of' this spring bearing against theinner facel'of plate I0 adjacent the 58 lower end thereof, and the other :arm of this spring bearing against a tab I06 struck from plate I and projecting forwardly therefrom. Tab Hi6 also serves as a stop element for limiting the -opening movement of arm 15, as shown in Figure 3.

Arm- 67 is provided, at its inner end, with a notch I01 defining a latch element I08 adapted for cooperation with latch elements! of arm 36 of .lever I1, and is further provided, at its lower edge, with a notch forming'an inclined edge I09. A switch setting pawl H0 is pivoted at its lower end at III, .on'the inner end of the setting lever 39. W This pawl is provided at its upper end, with This provides simple a relatively longfinger I I2 and a short finger -I I 3 the latter being disposed to contact edge I09 of arm .61 upon upward movementof pawl :I Iflywhen lever I lis in itsnormal lowered position. Finger H2 is yieldingly held in contact with the lower edge of arm by a wire spring H5 disposed .abouttab '51, one arm'of which spring contacts .the lower edge of a tab H5 projecting forwardly from the'outer-edge of pawl -I I0, the other arm .ofspring II5 engaging about sleeve 40.

Setting lever 39 is provided, at its outer end, with a rearwardly extending tab I20 which projects-through anopening I2I in plate I, anda corresponding opening I22, in a coinchute I23 secured to the backof plate I (Figure-8), the tab Ir-20 extending across the chute from front to back thereof so as to intercept a coin passing through the chute. Coin chute I23 is preferably flared at its upper end, as shown, andis disposed inregister with slot-I24 of aplate 125 (Figure 1) suitably secured to the top wall of easing I the topwall of which also has a slot in register with slot I24. The coin'chute is of suitable @size for reception of 25 pieces or'quarters, and is .provided, intermediate its ends, with aninwardly ofiset portion I26 disposed to direct a coin c into contact with tab I20. The coin c then restsedgewise'upon the tab I20 and upon a tab I40 extending rearward through a slot I 4| in plate I, fromthe lower end of a coin latch member I42 .(Eigure 3) pivoted on a stud I43 securedto plate and projecting forwardly therefrom. Latch member I 42 is urged clockwise by a torsion spring I44 mounted about stud I43, with an arm ongaging afinger I 45 projecting forwardly from-the upperend of member I42 and its other arm engaging a tab I46 struck forwardly from plate 1. Clockwise movement of coin latch member I42 is limited by contact of-tab I40 with plate I of the innerend of slot MI. The coin chute I23.is-provided with acircular opening I48 exposing the area of plate I about slot I41, as 'shownin Figure e.

.,;;Artoperating-leverI28 (Figure 8) is'pivotedat onetend, atI29, on theback of supporting plate I; 'At its=.-;other end lever I20 is provided with a forwardly, projecting finger I30 (Figures-'6 and 8) whichprojects through an arcuate slot I3'I Vextending'downward and across portion I26 of coin chute. I 23.and.intersecting coin c, this slot I3! being aligned :with a similar slot I32 in'plate -I. Ansoperating'rod or plunger I33'is pivoted at its lowerend, at I 34, .to'lever I28. The 1 upper portion of plunger 'I33:is bent atright :angles to provide a pressure applyinghead orzfinger I'35. Lever -I 28 isurgedlin a clockwise direction about its-pivot- I-29, as viewed in Figure 8, by a wire spring I 31 one arm of which engages the lower edge of-the' lever, andthe other arm of which contacts-atab I 31a struck rearward from plate I. 1 In Figure 3 pointer- 29 is fat the zero position on scale 62, gear 24 is locked against rotation by contact of tongue 6| with tongue 60, and lever II has been raised by. the planetary action of pinion 23 travelling aroundgear 24, releasing arm 67 and permitting movement of switch arm 15 into its open position by spring I05.

In order to close the control switch, a coin c (Figure 8) is inserted into the coin chute I23, after which the plunger I33 is depressed, thus swinging the operating lever I28 downward so as to bring plunger I30 into contact with thecoin and force the latter downward in the chute. In the first part of its downward movement, the coin c forces the outer end of the setting lever 33 downward a short distance, and also forces tab I40 of the coin latch member I42 outward a short distance, and then contactsa stud I49 projecting rearward from plate 1. Coin c is then held seated against tab I20 of lever 39 and stud I49, by tab I43 which is then disposed a substantial distance above the center of coin 0. Continued downward movement of plunger I 33 forces the coin downward between stud I49 and tab I 20, effective for moving the outer end of the setting lever 39 a further and material distance downward. This downward movement of the outer end of setting lever 39 causes upward movement of the inner end of this lever and turning movement of the setting pawl 43 in a clockwise direction as viewed in Figure 3. In this movement of pawl 43 finger 48thereof is positionedin advance of one of the teeth of wheel 2'I-and the tooth defined by tabs 41 ofthis pawl is then disengaged irom the wheel. This permits turning by spring 33 of the setting and controlling assembly a short distancein clockwise direction sufficient toreturn lever II to its normal lowered or operative position. a

Finger H3 of pawl IIU then contacts edge I09 of arm El so as to move this arm upward and, at about the same time, finger 48 of pawl 43 con-. tacts the following edge of a tooth of ratchet wheel 27 so as to rotate the same a slight distance in a clockwise direction. In the continued upward movement of pawl I I0, arm 61 is raised, thus moving the switch arm I into switch closing position, and the inner end of arm 61 contacts the lower end of arm36, swinging lever II a short distance in a counterclockwise direction against the tension of spring 33 until latch element Hi3 of arm 61 passes above latch element 3! of 2. arm 36, at which time lever I I is again returned to its lowermost position with a snap action by tension spring 33 so as to engage latch element 3'! beneath latch element I08, thuslockthe switch arm I5 in closed position. If thereafter lever 39 is actuated to move pawl III) upward, arm 61 may beraised slightly, this being permitted by the loose and resilient connections between arms 5? and I5, previously referred to, but arm I5! is retained in switch closing position so long as lever II remains in its lowered position. This closes the circuit of motor I I, setting the meter in operation, and conditions the circuit of motor M for operation. I

When the coin 0 passes beyond tab I23 of lever 39, this lever is returned to its normal position by tension spring 53. In the return movement of the lever 35?, the tabs 41 of pawl 43 engage between two adjacent teeth of wheel 2'1, advanc ing the wheel the remaining one-half of a space of the scale and then locking wheel 21 against rotation. In this manner, wheel 21 is advanced one full space of the scale upon insertion of a coin. Likewise, wheel 2? is advanced corresponding distance for the insertion of each additional coin, it being noted that the scale 62 is provided with twenty-two spaces and the mechanism is intended for reception of twenty-two coins inserted one immediately after the other. It is possible, however, to advance the dial a further distance of one space before pin Bil thereof contacts pin SI of gear 24, after twenty-two coins have been inserted, so that the maximumcapacity of the meter, at a single setting thereof, starting at zero, is twenty-three coins.

. After closing of the control switch in the man-. ner described, this switch will remain closed for a predetermined period of time, depending upon the number of coins inserted, this number and the time duringwhich the switch will remain closed being indicated by the pointer 29 and scale 32. When the pointer 29 again reaches the zero position on the scale 62, gear 24 will be locked against rotation by contact of finger III of this gear with finger 60 of wheel. 21, at which time pinion 23 will travel around gear 24 in a counterclockwise direction, thus raising lever II and disengaging latch element 31 of arm 36 from latch element I08 of arm 61, releasing the latter arm and permitting of switch arm I5 being moved into open position by spring I05.

It will be noted that rotation of wheel 27, for

setting the mechanism for the predetermined time period of operation, is effected solely by the timer setting pawl 43, which contributes to 'accuray of operation and simplicity of construction. A further desirable feature is the ease with which the timing of the mechanism, to suit various agreed upon payments, can be effected, in the manner above described. The association of the switch closing and latching means with the timing and setting and control mechanism isadvantageous as contributing to accuracy of opera-' tion and compactness of construction.

We preferably use the meter mechanism herein shownand described in detail. but, within the broader aspects of our invention, any, suitable meter mechanism may be used.

The latch pawl I50 is pivoted on a stud I5I secured to and projecting forwardly from the mounting plate I. Turning movement of latch pawl I58 counterclockwise (Figures 3 and 4) is limited by contact of a downwardly extending arm I52 thereof with the upper arm 9a of the L-shaped partition member 9, which partition member is held in position by a boss I53 struck upwardly from the bottom wall of the casing I, and by the bracket 5, with which the notched outer end of the upper arm 9a of partition mem her 9 engages, as shown in Figure 5. When the latch pawl I53 is in its position shown in Figure 4, its upper end is disposed in close proximity to the tabs 47 of the setting pawl 43 and prevents effective operation thereof upon insertion of a coin into the meter, it being noted that the compression spring 53 permits operation of the setting lever 39 at such time, by passage of the coin downward through the coin chute. When the latch pawl I50 is in its inoperative position shown in Figure 3, it is clear of the tabs 41 of the setting pawl 43, which may then be actuated by an in serted coin for advancing the meter one space representing a paid for time period, as previously explained. The downwardly extended arm I52.

of latch pawl IE0 is provided, adjacent its lower end, with a forwardly extending finger I 54, for a purpose which will appear presently.

The door 2 of casing i is locked closed, as

above noted, andthe key of lock 4 remains in the position of the dealer; 'I h'edoor' 2; is provided with an opening I aligned with 'the compartment defined by the parti ti'on m'em'b'er'li and the adjacent portions of walls of the casing I.- The door 2 is further provided with a top flange I55, shown more clearly in Figure- 6, side flanges I51 and a bottom flange I58 shown more? clearly in Figure 5, extending inward from: the edges of the opening I55. The vertical arm 91) of partition member 9 is flared outward at" its forward p'o'r' tion, at 90, to facilitate entry'into' the compartment of the flange IE1 at the inner side of the opening I55, as" will be understood. The lower flange I59 is provided with a tongue" I 59 projectin'g therefrom a considerable distance into" the compartment defined by the partition member 9 a nd-the'associated walls of casing. I. A b'ank I69 fits snugly through opening I'E-Iiof door 2- andextends into the compartment aligned with that opening. This bank I-Bll is centered iri-th'e cornpartm'ent by the flanges I5 5,- i 51 and IE8 and rests upon and is supported. by the lowerfiange I58 and the tongue I59 thereof. The bank [69 is urged outward by a leaf spring I6I- seating in a notch I62 in the: rear of arm 9a of partition member 9. The upper portion of the spring I 6 I is bent over to provide an extension I 63 which seats on and is spot welded to 9a. The body portion of spring It I normally is bent forwardly relative to extension I23" thereof and when the bank I99 is in' position within its compartment spring I6I is displaced rearwardly to its position shown in Figure 6 and is then effective form o'ving the bank I66 forward so as to project a short distance beyond the door 2, when the bank is unlocked or released from the casing I" for removal therefrom.

The bank we" maybe-of any suitable construction. As shown, it comprises a cubi form bo'd'y I64 open at its top,- and closure plate or cover I65 slidable between topside flanges- I66 of body I64 and ribs 1'91 pressedinwardly from the side walls of body I 64'. Cover I65- is provided, at its rearward end, with a downwardly extending flange I68 which, the fully closed position of cover I65, seats against aforward-ly offset upper portion of the rear wallof body I65 When the cover I65 is fully closed, the forward portion thereof extends beneath the flange I69 project ing rearward a short distance from the upper edge of the front wall of body I64.

When the bank I is fully inserted into its compartment and locked therein, in a manner to be explained presently, with the cover plate H55 in fully closedpositi'on upon the body of the bank, a slot I12 in cover I is aligned with a slot I13 in arm 9a of partition 9, as shown more clearly in Figure 6 and with the lower end of the coin chute I231 It will be clear, from what has been said, that coins inserted into the meter mechanism and discharged from the lower end of coin chute 2'3,- pass through slots I13 and I12 into the bank- I60. In order to guard against unauthorizedremoval of coins through the slot I12, a bracket I14, of substantially U-shape, is

suitably secured, conveniently by riveting, to the I15 are under face of cover I66. Two rods mounted through the arms of bracket I14 in front and in back of slot I12. A plurality of sleeves I16 are loosely mounted on each of the rods- 115. these sleeves being disposed between- 12 one-of therod'sI 1Z5 are in contact withthe sleeves on the -otherro'd I' 1 5", as shown inFig'ure 6. These sl'eev-e's I 1S are tlien readily displaced by a coin passing downward throughslot I12 was not to in any way interfere with entry of this coin into the bank. If the bank be removed from the meter-and inverted in an attempt to remove the ooins---throug hslot I1 2} the sleeves I16 are then held i-n contact with each other by the fingers I11 effectively preventing removal of coins through slot I1 '2 We provide lock means for locking the bank I99 incam receivi ng' position Within the meter casing and for locking the bank itself so as to guard :ag-aihst removal of coins therefrom by unauthorized persons; when the bank has been removed from them-eter casing. This lock means isoperable by two keys, one of which remains in the possession of the purchaser and is effectivefor releasing the bank for removal thereof from the meter casing but is not effective for unlocking the bank itself, the other key remaining" in the possession of the dealer and being effec'ti-ve for unlocking the bank for removal of the coins therefrom and for locking the bank; as and for the reasons above explained.

we have shown, by way of example, one form of l-ockm-ea'ns suitable for our purposes, but it will be understood that any suitable lock means of a; character permitting removal of the bank fromthe meter by the pu-r'chasr while guarding against unlocking of the bank itself by the purchaser, and permitting unlocking and locking of the bank by the dealer, may be used.

Referringto- Figures 10' and 1-2 to 16, inclusive, the bank I is provided, at the front thereof, with a cylinder look I 89. This lock I99 coinprises a barrel or sleeve I8-I fitting through an opening in front wall I82 of bank I69, this Sleev having a circumferential flange I33 at its outer end and being secured in position by a nut ltd threading thereon, in cooperationwith a spring washer I confined'between nut I84 and the inner" face of wall I82. The sleeve or barrel I8! is provided with a flat I86 which cooperates with I81, I98, I89 and I90. The inner faces of these ribs are curved concentrically with the axis of barrel I8I. Ribs I81, I89 and I99 extend to the inner end of barrel IBI and rib I88 terminates a considerable distance from the inner end or" barrel I8I, as shown more clearly in Figures 14 and 15.

The barrel I8I' receives therein a cylinder I32 which projects a substantial distance inward beyond' the inner end of barrel I8I and is there exteriorly threaded to provide a screw stud I93. The sides of stud- I-93 are slabbed oil to provide flats I94 (Figure 1 2). A locking plate I95, to be described more fully later, fits snugly on the stud I93 in contact with an arcuate element I96 projecting from the inner end of barrel I8I, and is held thereon by a nut I91 threading on stud I93. A pin I98 projects outwardly from the locking plate I95 and is disposed for contact with shoulders I99 and 2Il0' of the arcuate element I96, for limiting turning movement of the locking plate I95 in either direction, as will be clear from what has been said.

The cylinder I92 of lock I99 is provided with a diametrical slot 202 extending from the stud I93 and op t ts outer end, into a key slot 293 in the head 294 of cylinder I92. HeadZIlE seats against the outer ends of the ribs I81, I38, I89 and I90 and, in cooperation therewith andwith the locking plate I95 restrains cylinder I92 against endwise movement in the barrel IBI. The cylinder I92 is also provded with slots 295 opening into the main slot 202 at the sides thereof. Tumblers 295 are slidably mounted in the slots 295 and are urged outward of cylinder I92-upward in Figures 15 and 16-'by compression springs (not shown) as isknown. .When there is no key inserted into the "cylinder I92, all of the tumblers 296 are projected and the-first three thereof engage between the ribs I8? and I88, effective forlocking cylinder against turning movement.

The cylinder is provided with two oppositely directed and relatively offset fingers 291 for sh gagement in grooves in a key inserted into the cylinder I92 as is known.

In Figure 15 a key 2H2, which may be termed the purchasers key, is inserted into cylinder I92. This key 2I0 is provided with but three tumbler actuating elements disposed to retract the first three tumblers into the cylinder I92, as shown. The cylinder I92 may then be turned clockwise, as viewed from in 'frontcounterclockwise as viewed in Figure l2-unti1 the two inner tumblers 296 contact the rib I89 That turns the locking plate from its full locking positiomshown in full lines in Figure 12, to its first unlocking position, shown in dotted lines. The lock I99 is also adapted to be operated by a second key 21 I, which may be termed the dealers key and remains in in cover I65 of bank, I69, and slot 2M is' aligned with a slot 2 I5 in arm 9a of thepartition member 9. The latter slot 2 I5 underlies finger I54 of the latch pawl I59. When the locking plate I95 is in its full locking position, shown in fulllines; in Figures 3 and l2, a'n arcuate cam fingerZ I il thereof extends through the slots 2M and 2 I5and between finger I54 and arm 9a of partition mem; her 9. In the movement of locking plate to its full locking position, cam finger 2 I 8 first contacts finger I54 of the latch pawl I59 and swings the latter clockwise from its operative position shown in Figure 4 to its inoperativeor releasing position in Figure 3, after which cam fingerf-2i9=passes beneath. finger I54, and retains latchpa'wl I50 in its releasing position of Figure 3'. That releases the setting pawl 43, which is, then actuated each time a coin is inserted into themeterjfo'r-advancing the meter one space corresponding to jpa d time period, as previously explained. Also, since the partition member 9 is confined between the back wall of the casing I of th fi" meter andfthe door 2 thereof, the cam finger 2 I8 ofthelocking plate I95 effectively locks the bank'in position within the meter casing, l

In order to remove the bank warren the meter, the purchasers'key ZIIl isjjinserted into lock I89 and the locking plate I95'istu rned from its full locking position, "shown in full' lines in Figure 12, to its bank releasing positiomshown in dottedlines in the latter figure. That with the meter casing: I.

14 draws the cam finger 2I8 from arm 9a of partition S and the bank may then-be withdrawn from It will be noted, however, that in the bank releasing position of locking plate I95, the upper portion of that plate projects through slot 2M of cover I65, plate I95 being of appropriate shape and size to that end, so that when the bank is withdrawn from the meter casing the cover I65 thereof remains locked closed. Also, since plate I95extends into the slot 2I5 it precludes possibility of removal of coins I from the bank through that slot, removal of the coins through slot I12 beingprevented by the sleeves I16, as previously explained. Accordingly, the bank when removed by the purchaser from the meter casing remains locked and unauthorized removal of coins therefrom is prevented. As previously explained, the purchaser delivers the bank to the dealer who inserts the dealers key.- 2 II into look I 89 and turns the locking plate I95 into its full unlocking position, shown in dot and dash lines in Figure 12, in which this plate is completely withdrawn from slot 2M of cover I65. That unlocks the bank itself permitting opening of the cover I65and removal of the coins, which arethen credited to the account of the purchaser, ashas. been explained. The cover I95 is then replaced and, still using the dealer's key. 2I I, the lockingplate I 95 is. turned to it dotted line position of Figure 12, again locking the cover I on V the bank I60. The dealers key 2I I is then withdrawn from the lock I89 releasing the tumblers 296, the first three of which are then projected between the ribs I38 and I89 effective in cooper ation therewith for locking the cylinder I92 of the lock I80 against turning movement.

When the locking plate I95 is turned from its full locking position to its bank releasingposition, the cam finger 2I8 is withdrawn from above am 9a of the partition 9, as will be clear from what has been said. That releases the latch pawl I59 which is then movedby tension spring 55 in counterclockwise direction, into it operative or holding position shown in Figure 4. That disables the meter and prevents advancement thereof by aninserted coin, as and for the reasons above stated. The purchaser, upon return home, inserts the bank into the meter casing and looks it therein, That enables the meter which, so long as the bank I 60 remains locked therein, may then .be advanced by the inserted coins, as previously explained.

It will be understood that changes in detail may be resorted to without departing from the field and scope of our invention, and we intend to include allsuchvariations, as fall within the scope of the appended claims, in this application in which the preferred form only of our invention has been disclosed.

We claim:

1. In combinedmeter and bank means of the character described, a casing, a switch in said casing for controlling the circuit of an associated apparatus, a coin controlled timing meter in said casing adapted for reception of a plurality of successively inserted coins, a bank in casing receiving from said metercoins inserted. there" into, a setting member actuated responsive to in sertion of coins in said meter and effective for advancing the latter a predetermined time period for each coin inserted, said meter comprising means for closing said switch responsive to insertion of a coin and holding it closed independently of said bank and for a time period corresponding to the number of coins inserted, lock means operable by two different keys effective when operatedbyone of said keys forloc'ki'ng said bank in said casin and releasingit for removal from said casing without unlocking said bank, said lock means when operated by the other of said keys being eliective for unlocking said bank for removal of the coins therefrom, and means supplementary to said lock means for enabling and disablingsaid meter for advancement by inserted coins responsive to locking said bank in and releasing it for removal from said casing, respectively.

2. In combined meter and bank'means' of the character described, a casing, a switch in said casing for controlling the circuit of. an associated apparatus, a coin controlled timing meter in said casing adapted for reception of a plurality of coins successively inserted therein, a settingmember actuated responsive to insertion of coinsin said meter and eiiective for advancing the latter a predetermined time period for each coin inserted, switch operating means controlled by said meter for closing said switch responsive to insertion of a coin and for maintainin it closed for a predetermined time period corresponding to the number of coins successively inserted one immediately after the other and for causing opening of said switch at the end of said time period, a bank in said casing receiving from said meter coins inserted thereinto, said switch operating means being effective for holding said switch closed independently of said bank, lock means operable by two diiierent keys effective when operated by one of. said keys for locking said bank in said casing and releasing it for removal from said casing without unlocking said bank. said lock means when operated by the other of said keys being effective for unlocking said bank for removal of the coins therefrom, and means actuated by said lock means for enabling and disabling said meter for advancement byinsertion of coins responsive to locking said bank in and releasin it for removal from said casing, respectively.

3. In combined meter and bank means of the character described, a casing, a switch in said casing for controlling the circuit of an associated apparatus, a coin controlled timing meter in said casing, a setting member actuated responsive to insertion of a coin m said meter and eifective for advancing the latter a predetermined time period, switch operating means for closing said switch responsive to insertion of a coin and holding it closed for the time period corresponding to the extent of advancement of said meter and for opening it at the end of the time period, a bank in said casing receivin from said meter coins inserted thereinto, said switch operating means being efiective for holding said switch closed independently of said bank, lock means operable by two different keys effective when operated by one of said keys for locking said bank in said casing and releasing it for removal therefrom without unlocking said bank, said locking means when operated by the other of said keys being efiective for unlocking said bank for removal of coins therefrom and locking it, and means actuated by said lock means for enabling and disabling said setting member responsive to locking said bank in and releasing it from said casing.

4. In combined meter and bank means of the character described, a casing, a switch in said casing, a coin controlled timing meter in said casing adapted for reception of a plurality of coins successively inserted therein one immediately after the other, a setting member actuated responsive to insertion of a. coin in said meter and effective for advancin the latter a predetermined time period for each coin inserted, means for closing said switch responsive to insertion of a coin and maintaining it closed for the time period corresponding to the number of inserted coins and opening it at the end of such time period, a bank in said casing receiving from said meter coins inserted thereinto, a lock for said bank operable by two differentkeys, said lock having a locking member movable by one of, said keys to a first position effective for locking said bank in said casing and a second position effective for releasing said bank from said casing for removal therefrom while maintaining said bank locked against removal of coins from it, said locking member being movable by'the other of said keys from its said second position to a third position for unlocking said bank and from said third posi tion to said second position for locking said bank, and means actuated by said lockin member for enabling and disabling said setting member re sponsive to locking said bank in and releasing it from said casing.

5.In combined meter and bank means of the character described, a casing, a switch in said casing, a coin controlled timing meter in said casing adapted for reception of a plurality of coins successively inserted therein one immediately after the other, a setting pawl actuated responsive to insertion of a coin in said meterand effective for advancing the latter a predetermined time period for each coin inserted, means for closing said switch responsive to insertion of a coin and maintaining it closed for the time period corresponding to the number of inserted coins and opening it at the end of such time period, a bank in said casing receiving from said meter coins inserted thereinto, a lock for said bank operable by two different keys, said lock having a locking plate movable by one of said keys to a first position effective for locking said bank in said casing and a second position eiiective for releasing said bank from said casing for removal therefrom while maintaining said bank locked against removal of coins from it, said locking plate being movable by the other of said keys from its said second position to a third position for unlocking said bank and from said third position to said second position for looking said bank, and means actuated by said looking plate for enabling and disabling said setting pawl responsive. to locking said bank in and releasing it from said casing.

6 In combined meter and bank means oi the character described, a casing, a switch in said casing, a, coin controlled timing meter in said casing adapted for reception of a plurality of coins successively inserted thereinto one immediately after the other, means for advancing said meter a predetermined time period for each coin inserted, means for closing said switch r sponsive to insertion of a coin and'for maintaining it closed for a time period corresponding to the number of inserted coins and then opening it, a bank in said casing receiving from said meter coins inserted thereinto, a latch member movable to an operative position and an inoperative position respectively effective for disabling and enabling said meter advancing means, and lock means operable by two different keys and efiective when operated by one of said keys for locking said bank leasing itior removal from: said casing while maintaining said; bank locked, saidzlock means when operated by the other of said-keys being efiectivefor'unlocking said bankwfor removal of L 7. In combined meter character described, a casing; a-switch in said casing, the latter having therein a bank receiving compartment with a slot inone wallithereof, azcoin controlled timing meter in said casing,

in said casing, and for recoins therefrom, andmeans controlled'by said lock; means for, moving, said latch to, operative position and inoperative position responsive to locking said bank in and releasing it from said casing respectively.. a i l 7' and bank means of the means for wclosing said switch and advancing said meterv a predetermined time period responsive to insertion of scam and for opening said switch at the endof the time period corresponding to'the extent of advancement of saidmeter.

a bank in said: compartment receivingfrom said meter coins inserted thereinto and provided with a removable cover having a slot aligned with said slot in said one wall, and a lock carried by said bank having a locking plate aligned with said cover slot, said lock being operable by twodifferent' keys, one of said keys being effective for moving said plateithrough both of said 'slotsinto full locking position thereby locking. said bank in said casing and to a first unlocking position clear of said one wall of said compartment but extending through said cover slot, the other of said keys being effective formoving said plate to a second unlocking position clear of said cover and therefrom to said first unlocking: position, and means for enabling and disabling said meter advancing meansresponsive to movement of said locking plate to its said fullloc'king position and said motor a predetermined time period for each coin inserted, a latch member yieldingly urged toward an operative position effective for'disabling said advancingmeans and movable therefrom to an inoperative position eifective for en abling said advancing means, a bank in said compartment receiving from said meter coins inserted thereinto and provided with a removable cover having a slot aligned with said slot in said one wall, and a lock on said bank having a looking plate movable to a full locking position extending through both of said slots and efiective for moving said latch member to and holding it in inoperative position, said locking plate being movable from said full locking position to a first unlocking position in which it clears said partition wall but extends through said cover slot and from said first unlocking position to a second unlocking position in which it clears said bank cover, said lock being operable by two difierent keys one effective for moving said plate from its full locking position to its first unlocking position and vice versa and the other key being effective for moving said plate from its first unlocking position to its second unlocking position and vice versa.

9. In combined meter and bank means of the character described, a casing having therein a bank receiving compartment with a slot in one wall thereof, a coin controlled timing meter in 'said casing adapted for reception of a plurality ofcoins successively inserted thereinto one immewhich it holds said setting member against, efiectiveioperation and movable therefrom to an inoperative positionin which it releases said setting memberfor effective operation, a bank-in said compartment receiving from said meter coins inserted thereinto and provided with a removable cover having, a slot aligned with said slot in said -one"wall,= and a lock on saidbank havinga locking plate movable to'afull locking position ex- :tending through bothof said slots andeffective for moving said latch pawl to and holding it in inoperative position," said locking plate. being movable from said full locking position to a first unlocking position in which it clears said partition wall but extends through said cover slot and from said first unlocking position to a second unlocking position 'in which it clears said bank cover, saidlock being operable by two difierent keys one effective for moving said plate from its full'locking'position to its firstunlocking position and viceversa and the other key being effective for moving said plate from its first unlocking position to itssecond unlocking position and'vice versa.

,10- In combined meter and bank means of the character described, a casing having therein a bank receiving compartment'with a slot in one wall thereof, a coin controlled timing meter in said casing comprising a rotatable toothed setting member, asetting pawl engaging and cooperating with said member for turning the latter a predetermined distance responsive to insertion of a coin and normally holding it against turning,

means for actuating said setting pawl responsive to insertion of a coin, a latch pawl yieldingly urged toward an operative position rendering said setting pawl: ineffective and movable to an inoperative position rendering saidsetting pawl effective; a bank in said compartment receiving from said meter coins inserted thereinto and provided with a removable cover having a slot aligned with said slot in said one wall, and alock onsaid'bankha-ving a locking plate movable to a full locking position extending through both of said slots and effective for moving said latch pawl to and holding in inoperative position, said locking plate being movable from said full locking position to a first unlocking position in which it clears said partition wall but extends through said cover slot and from said first unlocking position to a second unlocking position in which it clears said bank cover, said lock being operable by two different keys one effective for moving said plate from its full locking position to its first unlocking position and vice versa and the other key being effective for moving said plate from its first unlocking position to its second unlocking position and vice versa.

11. In combined meter and bank means of the character described, a casing having therein a spo'nsive to insertion of 'a co'in, alat'ch pawl ayieldingly urged toward "an operative position renderingsaid setting :pawl ineiiective :for Jad- "Vancing said :wheel and im'ovableito' an inoperative iative ip'osition, said .'locking :plat-e being movable fromcsaid -full locking-positionto a 'first unlocking position in which'iticlearssaid' partition wall bi'it :extends through said coverTslot and "from fsaid firstiunlocking position to a'second unlocksing :position in which vit clears said bank cover, sai'd :lock being operable by two different keys one effective "for moving 'saidplate fromlits full flocking position to'its'first unlockingfposition and mice 'versa "and the other key being effective for :movin'gisai'd plate from itsfirst unlocking-posiition to its second unlocking "position and vice versa.

'12. JIn combined 1 meterv and' bank means of the ichaifa'cter described, 'a' casing having 'therein'a b'ankzreceiving compartment with 2,3101; in one wall-thereof; acoin controlled timing meter .in

said casing, a setting pawl effective when sactuiat'ed:.fcr advancing said meter a predetermined paidtime period, means for actuating saidipawl :"i'esponsive to insertion :of a coin, a latch 'pawl 'yieldinglycurge'd toward an operative position 7 frendering :said; setting ipa-wl :inefiective for radvancing :said :meter sand .imova'ble to 1 an inopera- 'tive position rrendering saidssetting' pawl reflective vfor advancingisaid-':meter,ia 'barikiin said compartment receiving tfrom :said ":meter .coins insserted 'thereinto "and provided "with a "removable ooverzfhavingra slot aligned with said;slot;in.'said one Wall, and a lock on said bank "having ia-locking plate movable to :a full locking positiomexttending Ithrough "both ::of .said slots and effective tforimovin'g is'ai'dflatoh pawl to and'holding it in -inoperativeposition,isaid locking plate being mov- :*able from said full zlockingiposition to" aifirst' unlocking position in which it clears said partition wall butwextends through saidrcover Tsloti andfrom 120 *said firs't unlocking' position to 'a second unlocb :in rposition in which it clears said bank ic'ove'r, s'ai'd 1100i: being operable by two different keys one=efiective *for -moving -saidflplate' from' its' fvull Llocking position' to its first urilooking position and vice aversaiand the other keyi-being effective tforamovin-gsaid plate fro'm its :first unloc'kingipo- :sitionrto iits secondunlocking position an versa. 13. In combined meter andiban' kimeanszof the :character described, a casing ia wit'chrIin-said :c'asing func-ontrollirigxan associated apparatiis, a (coin ztcontrolled ztiming' :mter Iiri saidccasing iadapte'dF for reception of 1a plurality :of asu'c'ces- -sively. inserted coins I for :sa'd vaincing isai'd meter, 'a: setting-:memberv actuated:responsive toinser-tion oficoins .in said ameterz and reflective fo'ri advancfling the 'ilatter :a :predetermined timeuperiod for each: :coin inserted afibank in'seitible :into: and reimova'ble' from saidrcasing and-normallyepositioned it'herein (for .ireceiving from i said i meter 2 coins 15in- :serted ithereirito; said rmeter' comprising means ffor closingssaid rswit-ch responsiv to? insertion of :a rooin .and holding :it i -closed independently'w'of :s'aid ibanknndiffona :itimeiperiod corresponding -to'ttliea'exte'ntiof advancement o'f said metereiock :mean'siim'ilzuding :az-key operatedrlockt'for. locking and unlocking 'said':bankiand'comprising aimemiber movable from-full loc'king-zpositioncto full unlockingrposition zandzviee:versa,zandzmeanstsup- "plementa'ry-ztoisaid loc'zkz-meanssfor enablingsand disabling "said .meter riornadvanbement :by Ein- -:ser.ted "coins :nesponsive ctol-inovem-enttofrsaidllock member :to :full locking :positionoand litowariitfull unlocking position; respectively; WhBIlfSfiid' bank :in itsssaidmormal'zposition :in ssaid ceasing.

' "WILIEAMPJGALLAGHERL' *AN'I'HONTDA'NIEL'. STQIJLE, "DONALD SCHROEDER. REFERENCES CITED .The following references "are 'of recor'diin,.;the

file of :this p atent; 

